Precision-Crafted Chemicals for Research & Industry
Laboratory Chemicals are engineered with consistent purity, precision, and reliability to meet the diverse needs of research, diagnostics, and industrial testing. Manufactured under stringent quality standards, they ensure reproducible results for routine analysis and advanced scientific applications.
Applications
Extensively used in R&D centers, universities, pharmaceutical labs, and testing institutions, these chemicals support analytical procedures, spectroscopy, chromatography, and diagnostic assays. With multiple grades and packaging formats, they are designed to deliver accuracy, compliance, and safety across scientific and industrial workflows.
Lab Chemicals for Precision & Reliability
FACS supplies a comprehensive portfolio of laboratory chemicals designed to meet the highest standards of accuracy and consistency. From analytical reagents and chromatography solvents to biochemicals, diagnostic media, and calibration standards, our range supports research, testing, and quality control across scientific, industrial, and pharmaceutical laboratories.
Includes AR, EP/LR/SR, and Spectroscopy Grades — high-purity chemicals for routine testing, quality control, and advanced spectroscopic analysis. Ensures accurate results across chemical, industrial, and pharmaceutical labs.
Covers HPLC-grade and trace analysis solvents. Developed with ultra-low UV absorbance and controlled impurities to support precise separation, quantification, and residue testing in regulated environments.
Encompasses diagnostic reagents, biological stains, and microbiology media. Specially formulated for clinical laboratories, histology, cytology, and microbial culture applications with compliance to global standards.
Includes high-purity amino acids, enzymes, carbohydrates, nucleotides, and derivatives. Widely used in biochemical assays, molecular biology, and pharmaceutical R&D.
Standardized solutions for Atomic Absorption Spectroscopy (AAS) and other instrumental methods, ensuring accuracy and consistency in elemental and trace metal analysis.